Iridates have attracted significant amount of research due to its unconventional properties like stabilization of different topological phases of matter, superconductivity, spin liquid behaviours, kitaev modes etc.[1]}, [2]}, [3]} These properties emerge due to strong interplay between the spin-orbit coupling (SOC), on-site Coulombic interaction, Hund’s coupling and crystal field interactions. In the case of Ruddlesden popper series Sr\(_{n+1}\) B\(_{n}\) O\(_{3n+1}\) , for n=1 that represent the dimensionality, as one varies the transition metal ion, B from having electronic character 3\(\emph {d}\)  to 5\(\emph {d}\) , unique properties emerge due to strong interplay of various energy scales as mentioned above. The distinguishing factors are observation of charge gap for Sr\(_{2}\) IrO\(_{4}\)  despite the extended nature of the 5\(\emph {d}\)  states in comparison to the 3\(\emph {d}\)  states[4]}; observation of high magnetic transition temperatures but with low moment values; the canting of the magnetic moment follows the rotation of the IrO\(_{6}\)  octahedra; weak coupling between the transport and magnetism; saturating resistivity at low temperatures etc.[5]}, [3]}
